def b20200411ipa(beer_file='', save_beer=False, overwrite=False): ''' Returns beer object with all attributes of brew day, fermentation, etc. ''' # ---------- Constants ----------------------------- mash_in_temp_c = 70.5 mash_temp_data = False if mash_temp_data: print('load in data') # ================= INPUTS ============================= name = "None" classification = "Ale" beer_type = "IPA" yeast = 'Safe Ale US-05' beer = bu(saps, name) final_vol = mu.gal2l(6) og = 1.056 fg = 1.018 og_temp = 82 fg_temp = 64 # hops = [Alpha, Boil, Ounces] additions = 1 hops = np.array((additions, 3)) cascade = np.array([12.8, 60, 0.80]) hops = cascade hops = hops.reshape((additions, 3)) hop_types = ['cascade'] # Grain Bill kgs grain_bill_dict = { 'pale_malt': 1.35, 'pilsner_malt': 2.73, 'caramel_malt_60l': 2.72 } #==================================================================== # --------- Mash and water calculations #==================================================================== total_grain = sum(grain_bill_dict.values()) mash_vol, t_water = beer.mash_in(total_grain, mash_in_temp_c) #==================================================================== #---------- Calculated values #==================================================================== beer.set_classification(classification) beer.set_beer_type(beer_type) beer.set_og(og) beer.set_fg(fg) beer.set_yeast(yeast) beer.set_hop_types(hop_types) beer.set_final_vol_L(final_vol) beer.set_grain_bill_dict(grain_bill_dict) beer.set_hop_types(hop_types) beer.set_hops(hops) theoretical = beer.potential_gravity(grain_bill_dict, final_vol, grain_units='plk') theo_points = (theoretical - 1) * 1000 og_points = (og - 1) * 1000 efficeincy = og_points / theo_points * 100 abv = beer.abv(tog=og_temp, tfg=fg_temp) ibus = beer.ibus(hops) calories = beer.calories(og, fg) print('\n') print("BEER: " + name + '\n') print('MASH:') print(' Water vol(l): {}'.format(round(mash_vol, 2))) print(' Water vol(gal): {}'.format(round(mu.l2gal(mash_vol), 2))) print(' Water Temp(C): {}'.format(round(t_water, 2))) print(' Water Temp(F): {}'.format(round(mu.c2f(t_water), 2))) print('Final:') print(' Potential OG: {}'.format(round(theoretical, 3))) print(' Actual OG: {}'.format(og)) print(' Efficiency: {}'.format(round(efficeincy, 2))) print(' ABV: {}'.format(round(abv, 2))) print(' IBUs: {}'.format(round(ibus, 2))) print(' Calories: {}'.format(round(calories, 2))) print('\n') if save_beer: mu.save_beer_to_archive(beer_file, beer, overwrite=overwrite) return beer
def m20200509wash0019(wash_file='', save_wash=False, overwrite=False): ''' Returns wash object with all attributes of brew day, fermentation, etc. ''' # ---------- Constants ----------------------------- mash_in_temp_c = 70.5 mash_temp_data = False if mash_temp_data: print('load in data') # ================= INPUTS ============================= name = "Wash #0019" yeast = 'WLP099 Super High Gravity Yeast' wash = bu(saps, name) final_vol = mu.gal2l(8) og = 1.124 fg = 1.026 og_temp = 84 fg_temp = 70 # Grain Bill kgs grain_bill_dict = { 'cracked_corn': 5, 'white_wheat_malt': 2, 'six_row_malt': 2.5, 'sucrose': mu.lb2kg(9), } #==================================================================== # --------- Mash and water calculations #==================================================================== total_grain = sum(grain_bill_dict.values()) mash_vol, t_water = wash.mash_in(total_grain, mash_in_temp_c) #==================================================================== #---------- Calculated values #==================================================================== wash.set_og(og) wash.set_fg(fg) wash.set_yeast(yeast) wash.set_final_vol_L(final_vol) wash.set_grain_bill_dict(grain_bill_dict) theoretical = wash.potential_gravity(grain_bill_dict, final_vol, grain_units='plk') theo_points = (theoretical - 1) * 1000 og_points = (og - 1) * 1000 efficeincy = og_points / theo_points * 100 abv = wash.abv(tog=og_temp, tfg=fg_temp) print('\n') print("Wash: " + name + '\n') print('MASH:') print(' Water vol(l): {}'.format(round(mash_vol, 2))) print(' Water vol(gal): {}'.format(round(mu.l2gal(mash_vol), 2))) print(' Water Temp(C): {}'.format(round(t_water, 2))) print(' Water Temp(F): {}'.format(round(mu.c2f(t_water), 2))) print('Final:') print(' Potential OG: {}'.format(round(theoretical, 3))) print(' Actual OG: {}'.format(og)) print(' Efficiency: {}'.format(round(efficeincy, 2))) print(' ABV: {}'.format(round(abv, 2))) print('\n') if save_wash: mu.save_beer_to_archive(wash_file, wash, overwrite=overwrite) return wash
def b20191221mexican_lager(beer_file='', save_beer=False): ''' Returns beer object with all attributes of brew day, fermentation, etc. ''' # ---------- Constants ----------------------------- mash_in_temp_c = 62 mash_temp_data = False if mash_temp_data: print('load in data') # ================= INPUTS ============================= name = "Tim's Beer" classification = "Lager" beer_type = "Pilsner" yeast = 'WLP940 Mexican Lager Yeast' beer = bu(saps, name) final_vol = mu.gal2l(5.5) og = 1.041 fg = 1.01 og_temp = 73 fg_temp = 58 # hops = [Alpha, Boil, Ounces] additions = 1 cascade = np.array([5, 60, 0.5]) hop_types = ['cascade'] hops = cascade hops = hops.reshape((additions, 3)) # Grain Bill kgs grain_bill_dict = { 'marris_otter_malt': mu.lb2kg(9), 'caramel_malt_20l': mu.lb2kg(1) } #==================================================================== # --------- Mash and water calculations #==================================================================== total_grain = sum(grain_bill_dict.values()) mash_vol, t_water = beer.mash_in(total_grain, mash_in_temp_c) #==================================================================== #---------- Calculated values #==================================================================== beer.set_classification(classification) beer.set_beer_type(beer_type) beer.set_og(og) beer.set_fg(fg) beer.set_yeast(yeast) beer.set_hop_types(hop_types) beer.set_final_vol_L(final_vol) beer.set_grain_bill_dict(grain_bill_dict) beer.set_hop_types(hop_types) beer.set_hops(hops) theoretical = beer.potential_gravity(grain_bill_dict, final_vol, grain_units='plk') theo_points = (theoretical - 1) * 1000 og_points = (og - 1) * 1000 efficeincy = og_points / theo_points * 100 abv = beer.abv(tog=og_temp, tfg=fg_temp) ibus = beer.ibus(hops) calories = beer.calories(og, fg) print('\n') print("BEER: " + name + '\n') print('MASH:') print(' Water vol(l): {}'.format(round(mash_vol, 2))) print(' Water vol(gal): {}'.format(round(mu.l2gal(mash_vol), 2))) print(' Water Temp(C): {}'.format(round(t_water, 2))) print(' Water Temp(F): {}'.format(round(mu.c2f(t_water), 2))) print('Final:') print(' Potential OG: {}'.format(round(theoretical, 3))) print(' Actual OG: {}'.format(og)) print(' Efficiency: {}'.format(round(efficeincy, 2))) print(' ABV: {}'.format(round(abv, 2))) print(' IBUs: {}'.format(round(ibus, 2))) print(' Calories: {}'.format(round(calories, 2))) print('\n') overwrite = True if save_beer: mu.save_beer_to_archive(beer_file, beer, overwrite=overwrite) return beer
def b20191231nut_brown(beer_file='', save_beer=False): ''' Returns beer object with all attributes of brew day, fermentation, etc. ''' # ---------- Constants ----------------------------- mash_in_temp_c = 62 mash_temp_data = False if mash_temp_data: print('load in data') # ================= INPUTS ============================= name = "Lead Ale (Pb)" classification = 'Ale' beer_type = 'Brown' yeast = 'Safe Ale US-04 Yeast' beer = bu(saps, name) final_vol = mu.gal2l(5.8) og = 1.059 fg = 1.016 og_temp = 70 fg_temp = 70 # hops = [Alpha, Boil, Ounces] additions = 1 hops = np.array((additions, 3)) east_kent_golding = np.array([4.4, 60, 1]) hops = east_kent_golding hops = hops.reshape((additions, 3)) hop_types = ['east kent golding'] # Grain Bill kgs pale_malt = mu.lb2kg(6) caramel_malt_80l = mu.lb2kg(3) chocolate_malt = mu.lb2kg(1) honey_malt = mu.lb2kg(1) victory_malt = mu.lb2kg(3) grain_bill_dict = { 'pale_malt': pale_malt, 'caramel_malt_80l': caramel_malt_80l, 'chocolate_malt': chocolate_malt, 'honey_malt': honey_malt, 'victory_malt': victory_malt } #==================================================================== # --------- Mash and water calculations #==================================================================== total_grain = sum(grain_bill_dict.values()) mash_vol, t_water = beer.mash_in(total_grain, mash_in_temp_c) #==================================================================== #---------- Calculated values #==================================================================== beer.set_classification(classification) beer.set_beer_type(beer_type) beer.set_og(og) beer.set_fg(fg) beer.set_yeast(yeast) beer.set_hop_types(hop_types) beer.set_final_vol_L(final_vol) beer.set_grain_bill_dict(grain_bill_dict) beer.set_hop_types(hop_types) beer.set_hops(hops) theoretical = beer.potential_gravity(grain_bill_dict, final_vol, grain_units='plk') theo_points = (theoretical - 1) * 1000 og_points = (og - 1) * 1000 efficeincy = og_points / theo_points * 100 abv = beer.abv(tog=og_temp, tfg=fg_temp) ibus = beer.ibus(hops) calories = beer.calories(og, fg) print('\n') print("BEER: " + name + '\n') print('MASH:') print(' Water vol(l): {}'.format(round(mash_vol, 2))) print(' Water vol(gal): {}'.format(round(mu.l2gal(mash_vol), 2))) print(' Water Temp(C): {}'.format(round(t_water, 2))) print(' Water Temp(F): {}'.format(round(mu.c2f(t_water), 2))) print('Final:') print(' Potential OG: {}'.format(round(theoretical, 3))) print(' Actual OG: {}'.format(og)) print(' Efficiency: {}'.format(round(efficeincy, 2))) print(' ABV: {}'.format(round(abv, 2))) print(' IBUs: {}'.format(round(ibus, 2))) print(' Calories: {}'.format(round(calories, 2))) print('\n') overwrite = True if save_beer: mu.save_beer_to_archive(beer_file, beer, overwrite=overwrite) mu.delete_beer_from_archive(beer_file, "Jiffy's Lube") return beer
def b20200202milk_porter(beer_file='', save_beer=False, overwrite=False): ''' Returns beer object with all attributes of brew day, fermentation, etc. ''' # ---------- Constants ----------------------------- mash_in_temp_c = 65 mash_temp_data = False if mash_temp_data: print('load in data') # ================= INPUTS ============================= name = "Chocolate Portering Unit (CPU)" classification = "Ale" beer_type = "Porter" yeast = 'WLP001 California Ale Yeast' beer = bu(saps, name) final_vol = mu.gal2l(6.2) og = 1.077 fg = 1.026 og_temp = 70 fg_temp = 60 # hops = [Alpha, Boil, Ounces] additions = 1 hops = np.array((additions, 3)) willamette = np.array([3.8, 60, 0.65]) hop_types = ['willamette'] hops = willamette hops = hops.reshape((additions, 3)) # Grain Bill kgs grain_bill_dict = { 'pale_malt': mu.lb2kg(2), 'pale_chocolate_malt': mu.lb2kg(1), 'black_malt': mu.lb2kg(3 / 16), 'chocolate_wheat_malt': mu.lb2kg(0.25), 'two_row_malt': mu.lb2kg(10), 'flaked_oats': mu.lb2kg(0.5) } #==================================================================== # --------- Mash and water calculations #==================================================================== total_grain = sum(grain_bill_dict.values()) mash_vol, t_water = beer.mash_in(total_grain, mash_in_temp_c) #==================================================================== #---------- Calculated values #==================================================================== beer.set_classification(classification) beer.set_beer_type(beer_type) beer.set_og(og) beer.set_fg(fg) beer.set_yeast(yeast) beer.set_hop_types(hop_types) beer.set_final_vol_L(final_vol) beer.set_grain_bill_dict(grain_bill_dict) beer.set_hop_types(hop_types) beer.set_hops(hops) theoretical = beer.potential_gravity(grain_bill_dict, final_vol, grain_units='plk') theo_points = (theoretical - 1) * 1000 og_points = (og - 1) * 1000 efficeincy = og_points / theo_points * 100 abv = beer.abv(tog=og_temp, tfg=fg_temp) ibus = beer.ibus(hops) calories = beer.calories(og, fg) print('\n') print("BEER: " + name + '\n') print('MASH:') print(' Water vol(l): {}'.format(round(mash_vol, 2))) print(' Water vol(gal): {}'.format(round(mu.l2gal(mash_vol), 2))) print(' Water Temp(C): {}'.format(round(t_water, 2))) print(' Water Temp(F): {}'.format(round(mu.c2f(t_water), 2))) print('Final:') print(' Potential OG: {}'.format(round(theoretical, 3))) print(' Actual OG: {}'.format(og)) print(' Efficiency: {}'.format(round(efficeincy, 2))) print(' ABV: {}'.format(round(abv, 2))) print(' IBUs: {}'.format(round(ibus, 2))) print(' Calories: {}'.format(round(calories, 2))) print('\n') if save_beer: mu.save_beer_to_archive(beer_file, beer, overwrite=overwrite) return beer